Research on Key Technologies of Substation 3D Interactive Scene Simulation Based on Virtual Reality Technology

Author:

Hao Dai,Zhenbao Yang,Zhicheng Xue,Zhiwen Cui

Abstract

Abstract The application of virtual reality technology in power industry training has become a new trend. The realization of substation virtual reality technology simulation system based on three-dimensional interaction has a great role in promoting power system simulation training. In the absence of any operational hazards, the operation characteristics of underground substations are comprehensively understood and learned, so as to improve operational safety awareness and operational skills. Applying three-dimensional interactive technology to construct virtual environment for substation simulation system can greatly improve the reality of substation scene. At the same time, connecting power system simulation software with virtual substation to simulate various operation states of substation brings technological leap for substation simulation training. Users can draw the scene map of the two-dimensional substation and quickly convert the corresponding three-dimensional simulation scene. The simulation scene presented by the three-dimensional substation has realistic effect, which is more suitable for simulation training in practical application of the substation and has stronger practical significance and practicability in application.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference10 articles.

1. Switching Surge Analysis of an EHV Air-Insulated Substation Using the 3D FDTD Method[J];Tatematsu;IEEE Transactions on Power Delivery,2018

2. Modeling of Reaction Forces in High Voltage Substation Structures[J];Bosworth,2017

3. Enhanced multi-dimensional power network planning based on ant colony optimization[J];Shu;International Transactions on Electrical Energy Systems,2015

4. FDTD-Based Lightning Surge Simulation of an HV Air-Insulated Substation With Back-Flashover Phenomena[J];Tatematsu;IEEE Transactions on Electromagnetic Compatibility,2016

5. UHF partial discharge localisation method in substation based on dimension-reduced RSSI fingerprint[J];Li;IET Generation, Transmission & Distribution,2018

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1. Virtual Reality and System Simulation Technology Under the Background of Network Informationization;Lecture Notes on Data Engineering and Communications Technologies;2021-09-27

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